Magnetic mirror dipole field fusion device

Abstract

A magnetic mirror dipole field fusion device comprises an excitation ring and two magnetic compression superconductors; and the magnetic compression superconductors are arranged at north and south poles of a dipole field, and a rotating shaft of the magnetic compression superconductor is coaxial with the excitation ring. A cross section of an excitation ring made of a normal temperature material is a circle or a square, and an excitation ring made of a superconducting material is a cylinder. A gap between the excitation ring and the magnetic compression superconductor is a magnetic mirror region, and a region outside the excitation ring is a fusion region. The magnetic mirror region has a very high magnetic field, and can reflect high-energy helium ions generated by fusion. The dipole field adopting a superconducting magnetic field compressor can cancel a levitated coil, and reduce a development difficulty and construction and operation costs.

Dependencies are inferred from the claim text.